What is a isolated transformer?

An isolation transformer is an electrical device used to transfer electrical energy from a primary circuit to a secondary circuit, while ensuring galvanic isolation between the two circuits.

Galvanic isolation prevents the direct passage of electric current between circuits, providing a higher level of safety for users and protecting equipment from possible damage caused by overloads or short circuits.

Transformers consist of two windings wound around a ferromagnetic core, and are designed to have a specific transformation ratio, which determines the output voltage with respect to the input voltage.

Company Advantages

JiangsuYawei transtormers have been successtuly exported to severa countries incuding the United Stotes, Canada, Panama, Venezuela, Uzbekistan,Australia,and Bulgaria. We have sufficient production capacity to ensure that goods can be delivered on time. We have professional after-sales teams around the world, this ensures prompt trouble shooting and resolution of any issues you may encounter.

Whether you are a utlity company, transformer distributor, or builder, you can purchase JiangsuYawei's power transformer with confidence,knowing that you are investing in a reliable and reputabe product.Experience the efficiency and reliablity of JiangsuYawei Transtormer tailored to meet your specific needs.

Products Parameters

Phase	Three phase
capacity	0.5KVA-2000KVA
Input voltage	Customize various voltages according to user needs
The output voltage	Customize various voltages according to user needs
Output voltage accuracy	土1%
Voltage change rate	≤1.5%
Output waveform distortion	No distortion (compared to the input waveform)
Insulation class and IPrating	Class F, Class H, and HC are available (normally Class F) IP rating: P00, IP20, etc.
Work efficiency	≥98%
Applicable frequency	50/60Hz
Connection method	Any combination of Y/△
Overload capability	Allows more than 1.2 times rated load to work for 4 hours (long-term full load)

Products Advantages

• Better Power Quality

• Less Noise Disruption

• Harmonics Correction

• Earthing Failure Prevention

• Reduction in Power Surges

• Improved Safety

Applications

Utilities today seek to create and connect new sources of power generation to meet growing global demand, while also managing grid reliability, costs and regulatory factors.